from getpass import getuser from pathlib import Path from socket import gethostname # common----------------- if '__file__' in globals(): main_dir = Path(__file__).resolve().parent else: main_dir = Path.cwd() # iers----------------- iers_download_url = 'https://maia.usno.navy.mil/ser7/' iers_output_dir = main_dir / 'iers' # interp_gnss----------- gnss_dir = main_dir / 'gnss' # excess retrieval----------------- hostname = gethostname() mission = 'planetiq' #version = 'v3.11' ## 01/08/2026 #version = 'v3.14' ## 02/17/2026 version = 'v4.11' ## 11/07/2026 dev_dir = Path('/dev/shm/') / getuser() dev_dir.mkdir(exist_ok=True) working_dir = main_dir / 'planetiq' if hostname.endswith('.umd.edu'): #gnss_download_url= 'ftps://gdc.cddis.eosdis.nasa.gov/gnss/products/latest/ultra/' gnss_download_url1= 'ftps://gdc.cddis.eosdis.nasa.gov/gnss/products/' # Jun modified 20260504 gnss_download_url2= 'https://gpsmet.umd.edu/GNSSOrb_Ext/' # Jun modified 20260504 #rfsi_dir = working_dir / 's04_ropp' #rfsi_dir = f"/data3/xinjiaz/data_GPSRO/RFSI_UMD/{version}/{mission}rt" rfsi_dir = f"/data3/xinjiaz/data_GPSRO/RFSI_UMD/v3.14/{mission}rt" ropp_path = '/data2/xinjiaz/utility' suffix = '_rosdc' data_dir = Path('/data3/xinjiaz/data_GPSRO/planetiq_scdr/GNOMES_PYXIS_L1A/') elif hostname.endswith('ec2.internal'): gnss_download_url= 'ftps://gdc.cddis.eosdis.nasa.gov/gnss/products/latest/ultra/' rfsi_dir = f"/shared/home/xinjiaz/data_GPSRO/RFSI_UMD/{version}/{mission}rt" ropp_path = '/shared/home/xinjiaz/utility' data_dir="s3://5006-sandboxstar-ing-aac1rggtxbzqx5ubsuogyiafe1h1quse1b-s3alias/PlanetIQ/GNOMES/Pyxis/PlanetiQ_GNOMES-A_Pyxis-A_Level1a_NeutralWx/" elif hostname.endswith('.star1.nesdis.noaa.gov'): gnss_download_url= 'https://cddis.nasa.gov/archive/gnss/products/latest/ultra/' rfsi_dir = f"/data/data504/xzhou/data_GPSRO/RFSI_UMD/{version}/{mission}rt" ropp_path = '/data/data504/xzhou/utility' scdr_executable = "/data/starfs1/bin/scdr-files" else: print('No configuration for '+hostname+' ,pls check!') # ===================================================================================================== # STAR 2026-11-01: excess-phase processing options (planetiq/tools.py; see README_exph_STARC.md, section 2). # Without any exph_clock / exph_connect key the code runs the delivered processing (STAR_Legacy), bit for bit. # ===================================================================================================== # ---- setting for near-real-time processing (and for historical runs without --models): STARC # STAR implementation of the CDAAC algorithm: zero difference (PlanetiQ POD clock), no reference-GNSS search, # smoothed 1 s LEO orbit, CDAAC-style open-loop phase connection. Output: planetiq/s04_atmPhs// exph_clock = 'zero_diff' exph_clk_interp = 'linear' exph_connect = 'starc' # STAR_Updated instead: exph_connect = 'star'. STAR_Legacy instead: comment out the three lines above. # ---- reprocessing several settings in one run (historical mode only): one excess-phase run per model, # output planetiq/s04_atmPhs///. Same as the command-line option --models. None = off. exph_reproc_models = None # e.g. ['STAR_Legacy', 'STAR_Updated', 'STARC'] # ---- all settings exph_out_date = 'input' # = name of the input folder the tar came from (arrival date); # 'observation' = day of the occultation (delivered behaviour) exph_pod_qc = 'flag' # pod_qc = record of what was found and done; L1A bad = "1" when the POD is still bad after the fixes; 'reject' = not written exph_pod_fit = 300 # STAR 2026-11-02: replace the first 300 s of POD orbit after a gap by a dynamic fit (pod_qc bit 3 = 4); # needs 900 s of POD after the gap in the current tar (else flag only) and pip package satkit; 0 = off exph_pod_gap_win = 200 # STAR 2026-11-03: pod_qc bit 1 when the orbit resumed < 200 s before the occultation (was 120) exph_pod_pv_max = 0.01 # STAR 2026-11-03: pod_qc bit 2 when the 30 s mean |dP/dt - V| > 0.01 m/s (was 0.02) exph_pod_fit_pv = True # STAR 2026-11-04: DMF across flag-2 stretches (bridge fit + 120 s edge blend; pod_qc bit 4 = 8); # no POD after the stretch in the current tar -> flag 2 kept. False = off # L1A bad = "1" (errstr = "POD ") = POD still bad after the fixes; ropp_pp keeps it in L1C with qc_l1a_bad = .true. exph_skip_dup = True # STAR 2026-11-04: skip an occultation already written from an earlier tar (PlanetiQ re-sends the # overlap of consecutive tars; 3.9% of 8-11 Oct were written twice). False = delivered check # ---- in-line L1A -> L1C and BUFR (real time; runs when ropp_path exists, as delivered) exph_inline_ropp = True # near real time: in-line L1A -> L1C and BUFR on (delivered behaviour) exph_reproc_inline = False # historical / reprocessing runs: in-line L1A -> L1C off (default); True = on for every # model of --models; command-line --inline / --no-inline override it # Retrieval configuration of the in-line step: delivered cosmic_pp_rfsi_planetiq.cf (default), or the STAR # Xi_PM_GO_bangle_sm4 as second option (uncomment both lines below) # exph_ropp_cf = 'cosmic_pp_rfsi_planetiq.cf' # delivered default (file in working_dir) # exph_ropp_timeout = 20 # s, delivered default # STAR retrieval Xi_PM_GO_bangle_sm4 (needs the STAR ropp_pp build under ropp_path, and working_dir/data -> ropp_pp/data): # exph_ropp_cf = 'star_xi_pm_go_bangle_sm4_planetiq.cf' # exph_ropp_timeout = 120 # STAR 2026-11-04: Y_PM_GO (Y. Chen's PM+GO with CDAAC-style QC; its own ropp_pp_y build under ropp_path, see the STAR # ROPP package README, section Y_PM_GO): # exph_ropp_cf = 'star_y_pm_go_planetiq.cf' # exph_ropp_pp = 'ropp_pp_y' # ropp_pp source folder of the tool (default 'ropp_pp') # exph_ropp_timeout = 120